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I’m Kevin,
Based in Boston, MA.
I’m a computer science student at Northeastern University with a passion for data science, machine learning, and AI. I enjoy building projects that turn data into insights and real-world impact. I'm also Argentinian and like football and to play the drums.
Completed Projects
Completed Projects
Years of Experience
Years of Experience

Experience

Experience

Experience

Network Analyst Research Co-op
Network Science Institute
Jul 2025 - Present
At Northeastern’s Network Science Institute, I am engineering an end-to-end HPC pipeline (SLURM) over 500GB+ of USPTO patent data, handling ETL, normalization, and entity resolution with Pandas, DuckDB, and lxml. I train Doc2Vec and neural encoders (Gensim, PyTorch) to embed patents, then build dynamic inventor–patent–CPC networks and compute community detection, assortativity, and centrality trajectories using NetworkX. I also apply causal inference (event-study, DiD) to quantify how shifts in intellectual property regimes reshape collaboration intensity and cross-disciplinary ties.

Network Analyst Research Co-op
Network Science Institute
Jul 2025 - Present
At Northeastern’s Network Science Institute, I am engineering an end-to-end HPC pipeline (SLURM) over 500GB+ of USPTO patent data, handling ETL, normalization, and entity resolution with Pandas, DuckDB, and lxml. I train Doc2Vec and neural encoders (Gensim, PyTorch) to embed patents, then build dynamic inventor–patent–CPC networks and compute community detection, assortativity, and centrality trajectories using NetworkX. I also apply causal inference (event-study, DiD) to quantify how shifts in intellectual property regimes reshape collaboration intensity and cross-disciplinary ties.

Network Analyst Research Co-op
Network Science Institute
Jul 2025 - Present
At Northeastern’s Network Science Institute, I am engineering an end-to-end HPC pipeline (SLURM) over 500GB+ of USPTO patent data, handling ETL, normalization, and entity resolution with Pandas, DuckDB, and lxml. I train Doc2Vec and neural encoders (Gensim, PyTorch) to embed patents, then build dynamic inventor–patent–CPC networks and compute community detection, assortativity, and centrality trajectories using NetworkX. I also apply causal inference (event-study, DiD) to quantify how shifts in intellectual property regimes reshape collaboration intensity and cross-disciplinary ties.

Data Scientist
Dico
May 2024 - Jul 2024
Analyzed customer behavior for Mexico’s largest furniture retailer using Python, SQLite, and Excel. Processed and interpreted large datasets to provide insights for the Digital Marketing department. Streamlined data analysis processes, enhancing the efficiency of marketing strategies by 17%.

Data Scientist
Dico
May 2024 - Jul 2024
Analyzed customer behavior for Mexico’s largest furniture retailer using Python, SQLite, and Excel. Processed and interpreted large datasets to provide insights for the Digital Marketing department. Streamlined data analysis processes, enhancing the efficiency of marketing strategies by 17%.

Data Scientist
Dico
May 2024 - Jul 2024
Analyzed customer behavior for Mexico’s largest furniture retailer using Python, SQLite, and Excel. Processed and interpreted large datasets to provide insights for the Digital Marketing department. Streamlined data analysis processes, enhancing the efficiency of marketing strategies by 17%.

Software Engineer
UNIGIS
Jan 2023 - Jan 2024
Co-developed a task organizer using Java, boosting team productivity by 16%. Optimized route planning algorithms with Google Maps API and Graph Theory, reducing delivery times by 15% and transportation costs by 12%. Git was used for version control.

Software Engineer
UNIGIS
Jan 2023 - Jan 2024
Co-developed a task organizer using Java, boosting team productivity by 16%. Optimized route planning algorithms with Google Maps API and Graph Theory, reducing delivery times by 15% and transportation costs by 12%. Git was used for version control.

Software Engineer
UNIGIS
Jan 2023 - Jan 2024
Co-developed a task organizer using Java, boosting team productivity by 16%. Optimized route planning algorithms with Google Maps API and Graph Theory, reducing delivery times by 15% and transportation costs by 12%. Git was used for version control.

Projects

Projects

Projects

Education

Education

Education

Bachelor of Science in Computer Science
Northeastern University
Sept 2023 - Present

Bachelor of Science in Computer Science
Northeastern University
Sept 2023 - Present

Bachelor of Science in Computer Science
Northeastern University
Sept 2023 - Present

Tech Stack

Tech Stack

Tech Stack

Python

Python

Python

HTML

HTML

HTML

Java

Java

Java

CSS

CSS

CSS

C

C

C

JavaScript

JavaScript

JavaScript

R Studio

R Studio

R Studio

SQL

SQL

SQL

Contact

Contact

Contact
Let's Get in Touch!

Contact No

Contact No

Contact No





